What is programming?
Programming is an exercise or practice that boost our logical thinking and improves a problem-solving skill. It teaches us how to accomplish a task with the help of a computer program or software. Therefore, in simple terms, programming is a task to implement a solution to a problem in the form of computer language. In this section, we will discuss the word programming, programming languages, its type, advantages, disadvantages, and their uses.
Definition of Programming
In computer science fields, the word program characterizes what a computer actually does and this process is known as programming.
We can also define the term programming as it is the process that models or structure the set of instructions that instruct the machine how to perform a task and what to perform. It can be done using a variety of programming languages such as C, C++, C#, Python, Java, etc.
Advantages of Programming
Disadvantages of Programming
In layman's terms, programming paradigms are a fundamental style of computer programming.
In technical terms, a programming paradigm is a way to deal with tackle issues utilizing some programming language. Additionally, we can say that it is a strategy to take care of an issue using tools and techniques that are accessible to us following some methodology.
It differs in the concepts and methods that are used to represent the elements (such as objects, variables, functions, and constraints) of a program. And the steps that involve a calculation (like assignations, evaluation, continuations, and data flows). The lowest programming paradigm is machine code.
There are lots of things for programming languages that are known. However, every one of them needs to follow some procedure when they are executed and this approach/methodology is a paradigm.
Types of Programming Paradigms
There is the following two programming paradigm:
Imperative Programming Paradigm
Imperative programming is a programming paradigm that uses statements that change a program's state. An imperative program consists of commands for the computer to perform. It describes the detail of how the results are to be obtained. How means describing the inputs and describing how the outputs are produced.
Examples of imperative programming paradigm are C, Fortran, Basic, Java, C++, Python, Ruby, PHP, etc.
Types of Imperative Programming Paradigm
There are the following types of imperative programming paradigms:
The object-oriented programming paradigm is based on the concept of object. An object contains data in the form of fields that are known as attributes and the procedures are known as methods.
Since objects work independently, they are encapsulated into modules. we can communicate with an object by using message passing.
Object-oriented programming can be achieved by using programming languages such as Java, C++, C#, PHP, and Python, etc.
The paradigm deals with procedure calls that are called routines or functions. the functions contain a series of computational commands to be carried out to achieve a certain outcome.
It is just like a procedure, with a list of step-by-step instructions for the computer program to follow. The code can easily be reused in different parts of the program. The advantage of the paradigm is that the code can be easy to learn and read in simple programs. Though, while dealing with a complex problem, we run the risk of ending up with a huge volume of code.
Example of procedural programming is BASIC, C, and Pascal.
Parallel Processing Approach
The parallel programming paradigm breaks the problem or task into chunks that are distributed among multiple processors. These chunks work on the same problem, simultaneously. It reduces the total time to solve a problem. It connects multiple processors to the memory. It is either pooled across all processors or distributed over a network.
There are several programming languages that support parallel processing.
Example of parallel programming paradigm is SISAL, Parallel Haskell, SequenceL, System C (for FPGAs), Mitrion-C, VHDL, and Verilog, MPI.
Declarative Programming Paradigm
Declarative programming is a style of building the structure and elements of computer programs. It expresses the logic of a computation without describing its control flow. In other words, styles of programming that are not imperative are called declarative programming paradigm. It emphasizes what the program should accomplish.
Examples of declarative programming paradigm are Scala, Haskell, Erlang, Lisp, ML, Closure, SQL, XSQL, etc.
Types of Declarative Programming Paradigms
It is a subset of declarative programming. Programs that are written using the paradigm use functions, blocks of codes, intended to behave like mathematical functions. It discourages changes in the value of variables through the assignment. Instead makes a great deal with recursion.
Examples of functional programming Haskell, SML, Clojure, Scala, Erlang, Clean, F#, etc.
The Logical Paradigm adopts a decisive strategy to critical thinking. Different consistent declarations about a circumstance are made, setting up totally known realities. The paradigm is divided into three sections:
Example of logical programming is PROLOG, SQL, etc.
Database Processing Approach
The data-driven programming paradigm depends on information and its development. In this paradigm, the program statements are characterized by data instead of hard-coding a progression of steps. A data set program is the core of a business data framework and gives document creation, information section, update, query, and reporting functions.
There are a few programming dialects that are developed for the most part for data set applications. For example, SQL. It is applied to surges of organized information, for filtering, transforming, aggregating, or calling different projects. So, it has its own wide application.
Example of database processing approach programming is SQL (only DQL), QML, RDQL, and SPARQL.
Apart from the imperative and declarative programming approach, there is another paradigm that is known as the multi-paradigm.
The programming languages that support more than one programming paradigm fall into this category. The design goal of such languages is to allow programmers to use the most suitable programming style associated with languages constructs for a given job.
The example of multi-paradigm programming languages is C++, Java, Python, etc. The languages support object-oriented programming greater or lesser degree, typically in combination with imperative and declarative programming paradigm.
Usually, in a program, distinctive programming standards are utilized. Henceforth, programming dialects offer help (with various degrees) for the different standards.
The following table provides a brief description of programming paradigms.
The object-oriented paradigms state is the most abstract, as it's basic ideas can be easily combined with the principles and programming techniques of the other styles.
Imperative Vs. Declarative Programming Paradigm
The following table describes the key differences between the imperative and declarative programming paradigm.
What is programming used for?
Computer programming is important nowadays because so much of our world is automated.
Humans need to be able to control the interaction between people and machines. Since computers and machines are able to do things so efficiently and accurately, we use computer programming to harness that computing power.
Therefore, programming is used for solving complex problems. It makes our task easy, and also saves time and effort.
Programming includes the different phases. It works on the edit-compile-verify approach. The following figure demonstrates the same.
Programming Vs. Coding
In the computer science field, there are two buzzwords i.e., coding and programming. On hearing these two words sound similar but both are different words. These two words are used interchangeably.
Contrary, there are some differences between programming and coding as per the software development vocabulary.
It is the process of developing a fully functional, error-free software program. It includes the following:
We can say that programming is not only limited to coding. It also implements algorithms, data structures, and mitigating issues, and much more.
Coding is an act of interpreting codes from human language to machine-based language. We can also say that it is a subset of programming that gives foundation to programming. In coding, the programmer instructs the computer, what to perform.
The key difference between programming and coding is that programming is the process of developing a program or application that trails certain standards and performs a specified task.
Let's see the key differences between programming and coding.
After comparing coding and programming over a range of factors, we can conclude that coding is the initial step of programming that deals with interpreting the prerequisites and composing an alternate arrangement of codes to change over into a machine-justifiable grammar, while programming manages the following various parts of the executable projects to deliver the appropriate machine level yields according to the given user input.
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